Question

describe dynamits of circular motion​

Answer 1

Answer:

The net force on the particle must be non-zero according to the second law of motion since the particle has some acceleration. ... Let's take the case of uniform circular motion. The speed of the particle is constant, and the acceleration of the particle towards the center is \frac{v^{2}}{r}.

Explanation:

Hope it helps u, mark as brainliest and don't forget to follow me !!!

Answer 2

Answer:

The net force on the particle must be non-zero according to the second law of motion since the particle has some acceleration. ... Let's take the case of uniform circular motion. The speed of the particle is constant, and the acceleration of the particle towards the center is \frac{v^{2}}{r}.